Vibration-rotation analysis of C2H3D from 725 to 1170 cm-1

Résumé

The Fourier transform spectrum of CHD has been recorded from 725 to 1170 cm. Higher resolution and very accurate wavenumber determination have allowed the first observation of the ν vibration-rotation band, significant improvement in the knowledge of the other vibrational transitions ν, ν, ν, and ν occurring in this spectral range, and a precise determination of the ground state rotational constants.

abstract = "The Fourier transform spectrum of CHD has been recorded from 725 to 1170 cm. Higher resolution and very accurate wavenumber determination have allowed the first observation of the ν vibration-rotation band, significant improvement in the knowledge of the other vibrational transitions ν, ν, ν, and ν occurring in this spectral range, and a precise determination of the ground state rotational constants.",

N2 - The Fourier transform spectrum of CHD has been recorded from 725 to 1170 cm. Higher resolution and very accurate wavenumber determination have allowed the first observation of the ν vibration-rotation band, significant improvement in the knowledge of the other vibrational transitions ν, ν, ν, and ν occurring in this spectral range, and a precise determination of the ground state rotational constants.

AB - The Fourier transform spectrum of CHD has been recorded from 725 to 1170 cm. Higher resolution and very accurate wavenumber determination have allowed the first observation of the ν vibration-rotation band, significant improvement in the knowledge of the other vibrational transitions ν, ν, ν, and ν occurring in this spectral range, and a precise determination of the ground state rotational constants.